Month: May 2023
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Introduction to Waves
Introduction: Waves are fundamental phenomena that are observed in various natural and artificial systems. They play a crucial role in...
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Thermodynamics and Laws of Thermodynamics
Introduction to Thermodynamics: Thermodynamics is the branch of physics that deals with the relationships between heat, work, and energy. It...
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Heat Transfer
Introduction to Heat Transfer: Heat transfer is the process by which thermal energy is transferred from one object or substance...
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Fluids and Pressure | Introduction
Introduction to Fluid Mechanics for Computer Engineers Fluid mechanics is a fundamental discipline in engineering that studies the behavior of...
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Numerical Differentiation
Introduction to Numerical Differentiation Numerical differentiation is a fundamental technique in engineering signal processing that enables the estimation of derivatives...
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Approximating Derivatives Using Difference Approximations
In numerical analysis, approximating derivatives of functions is a fundamental task with various applications in engineering, physics, and computer science....
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Brent’s Method | Steps
These steps outline the iterative process of Brent’s Method for approximating the roots of equations. By combining bracketing, bisection, and...
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Brent’s Method | Introduction
Root-finding algorithms are essential tools in numerical analysis, allowing us to approximate the solutions to equations when explicit solutions are...
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Muller’s Method Part 2 | Steps
The steps for Muller’s Method, a root-finding algorithm, can be summarized as follows: These steps outline the iterative process of...
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Muller’s Methods | Introduction
Root-finding algorithms play a crucial role in numerical analysis, enabling us to approximate the solutions to equations when explicit solutions...